Design of digital Chebyshev filter using bilinear transformation | Nov 2014

[@kodigollathejaswini563]

Tq u so much mam for ur clear explanation I have been struggling to calculate this from one hour after watching Ur lecture it became easy problem for me once again tq u so much mam

[@jothiecevideos9453]

All the best.

[@MuhammadShahzad-dx5je]

Very nice mam. I have one question please. Now to realize this filter, we will be using two poles of RC and appropriate values are selected by comparing with standard form. Right?

[@akshaythangaraj1018]

Mam the value of epsilon is 1 but while finding the N u are applying as epsilon is equal to 2?? How mam can u explain that?

[@sriharsha9424]

Same doubt bro

[@muhammadhammad268]

@@sriharsha9424 That's a mistake

[@abhishekhiremath8009]

Ma'am while finding the order N u have taken Epsilon value as 2 which is actually 1 as calculated previously in the problem...

[@ramireddyvarshithareddy]

mam how will we get cas h^1 of (9.95/0.1)

[@Ramesh-cp7un]

Thank u mam

[@Ramesh-cp7un]

Mam ohms answer is I got wrong please specify and how to calculate that is correct kindly tell one video mam

[@pavankumarreddypogu2266]

Tnquu man😊

[@jothiecevideos9453]

watch all videos

[@CGPRDCreation]

step5 :--/ 0.295 a ki value kese aya wo to btaiye thik se
Kuch smj ni aa raha hai

[@shivanichary6206]

mam you should stop using previous questions term too many times, as we have already done many times, as the students want to focus on 1 particular question , if you keep on focusing on previous questions that will be kind of a disturbance.thankyou mam

[@Nikhil-o8d9k]

If u dont want to watch f*** off

[@natlbtech5560]

TQ mam

[@sabari.s5587]

Pdf link irukuma mam

[@jothiecevideos9453]

For notes Contact my whatsapp number 9444467330

[@harshanprawinkc9328]

Madam intha pdf kedaikuma

[@jothiecevideos9453]

For pdf pls contact my whatsapp number 9444467330.

[@sivanageshsiva5674]

Man can you send the pdf link plz

[@jothiecevideos9453]

If u want notes pls contact my whatsapp number 9444467330

[@kv5539]

Is H(S) Normalized LPF?

[@jothiecevideos9453]

No.H(s) is the transfer function of filter for the given specifications.